Method and computing system for matching donors with the essential product needs of charity recipients and the process of delivery from retailer directly to the recipient

Abstract

A system and method for facilitating the donation and delivery of one or more essential products to Recipient and Charity Organization users are disclosed. For generating an interface that allows users to communicate within the social donating network described, but not limited to, the present mobile invention. methods, systems, devices, and the like for identifying the needs of indigent recipients such as individuals, families, and charity organizations. The system comprises an interface module for creating an interface that allows users to interact with the system; a module to create user profiles; a web profiling module that allows Recipient-User to create profiles within the system and distribute those profiles to potential Donor-Users. User, an order form is created which would then forward the essential-product request to a third-party delivery and personal shopper organization that would shop for the essential-Product-Donation request and deliver the essential products to the identified recipient(s).

1 . A method for essential product donation fundraising, the method implemented within a system comprising a processor and a memory, the method comprising the steps of
 mobile application invention implementation inclusive of a system consisting of memory and processor, the method of the implemented steps includes; generating by an interface module, an interface for interacting and communicating with the system; creating a profile module implementation with the system and upon execution by the processor, a profile of the user will be created inclusive of the name, contact information associated with a fintech module and its technology used to support and enable banking and financial services;   system by which one or more financial accounts for receiving funds from one or more Donor Users by the fintech module, a payment interface for electronically receiving the funds from one or more Donor-Users; a networking module for Product-Donation Campaigning for presenting a cause to one or more Donor-Users for receiving the funds, wherein the Product-Donation Campaign has a unique id, wherein the payment interface is coupled to the product donation campaign; and recording transactions relating to the transfer of funds from one or more Donor-Users in response to the product donation campaign, wherein the transactions are tagged with the unique id and transferred from one or more financial accounts using predetermined instructions into the financial accounts of a 501c3 nonprofit organization associated with the mobile application invention.   A method of providing, by the networking module, an interface for transferring funds to the business banking account associated with the mobile application invention for the purchase of essential products for the Recipient-Users (indigent individuals, families, and charity organizations, nonprofit organizations) of the mobile invention; systems and methods to allow recipients and charity organizations access to the in-app stores to select essential products; these are stores that have been selected that carry the essential items recognized in the mobile application invention; recipient-Users are directed to choose a price category that best reflects the estimated cost of the essential items they are requesting from the specified store; recipient-Users will only be able to select the estimated price category for the allotted time specified in the mobile application invention to prevent abuse of the service; systems and methods for pausing the mobile application accounts for the Recipient-User account for weekly intervals depending on the price category; the Recipient-User will be required to wait for the specified time before they are allowed to make another request in the specified price category; after the Recipient-User selects the essential products and price categories, the mobile invention will prompt the users to select potential Donor-Users from their contact list; a Donor User from one or more of the Recipient-User potential Donor-User contact lists would transfer the funds into the business banking account of the mobile app invention to purchase the requested essential products for the Recipient-User.   Systems and method of receiving, through the profile module, identification documents, of the users of the mobile application invention for verification; systems and methods comprised within the networking module to create a main profile page associated with the users, the main page comprises the name and the contact detail of the users, information on the essential products requested by the Recipient-User, information about the funds contributed by the Donor Users and the transactions associated with the Product Donation Campaign requested, wherein the transactions are tracked using the unique id of the product request; method for tracking the activities of the Donor-User in relation to the system; generating rewards/incentive programs for the Donor-Users based on their overall contributions and making available any tax-related benefits.   Method for automatically generating receipts for the funds received from one or more Donor Users to avail of any benefits; the method further comprises steps for storing the contributions of the Donor-User, product donation requests made by the Recipient-User, and Charity organization users; a system for Product-Donation Campaigns, the system comprising a processor and a memory configured to integrate a method for generating, by an interface module for interacting with the system; creating, by a profile module implemented with the system and upon execution by the processor, a profile of the Donor-User, Recipient, and Charity organization users; the profile comprises contact information such as the name, and details of the user; associating, by a fintech module implemented with the system and upon execution by the processor, one or more cash/financial accounts to the profile for receiving funds from one or more Donor-Users; providing, by the fintech module, a payment interface for electronically receiving the funds from the one or more Donor-Users; populating, by a networking module, a Product-Donation Campaign for presenting a cause relating to the Product-Donation Campaign, to the one or more Donor-Users for receiving the funds, wherein the Product-Donation Campaign has a unique id, wherein the payment interface is coupled to the donation campaign; and recording transactions relating to the transfer of the funds from the one or more Donor Users in response to the product campaign, wherein the transactions are tagged with the unique id of the campaign.   A system configured to implement the transferring of a portion of cash/financial amount from one or more cash accounts to a product donation campaign automatically paid based on predetermined instructions; a system configured to implement the steps of selecting a Donor User from the one or more Donor-Users from whom the funds are transferred to the mobile application invention to be used for the purchase of essential product donations; a system is further configured to implement the steps of receiving, by the profile module, identification documents, of the user for verification; a system configured to implement the steps of automatically generating receipts to reflect what was purchased, the cost, the date, the location of delivery, and a history of all transactions and donated funds received from one or more Donor-Users to avail of any benefits.   The system of the mobile application integrates a development platform that includes a web-based service accessed by the users of the mobile application invention through the Internet; The system of the mobile invention has physical memory storing instructions that further cause the electronic apparatus to receive from the user identifying information for the mobile application consisting of a name, a type, a category, a description, a unique identifier, and a date; The system of the mobile application invention has physical memory storing instructions that further cause the electronic apparatus to retrieve, in response to receiving the request from the user to modify an existing mobile application, previously stored application data associated with the existing mobile application; The system of the mobile application invention has physical memory storing instructions that are further configured to cause the electronic apparatus to store the application data in an application database stored on the physical memory of the computing device.   The system of the mobile application invention has at least one set of target mobile devices is selected from the group consisting of a mobile device category, a mobile device type, and a mobile device model; The system of the mobile application invention integrates a user-defined functionality represented by at least one application component which includes device-specific functionality associated with at least one set of target mobile application devices; The system of the mobile application invention integrates specific functionality, which is selected from the group consisting, but not limited to, the compass, GPS, a gyroscope, a touch screen, a camera, a speaker, a microphone, short-range radio communication, Wi-Fi, USB connectivity, and a proximity sensor; The system of the mobile application invention has an application property associated with a default set of functionalities that can be included in the mobile application; The system of the mobile application represents design elements consisting of a layout, a theme, an orientation, a font, and a style.   The system of the mobile application invention has user-defined content represented by at least one content element including content data selected from the group consisting of an image, a video, a sound, a song, a link, an animation, a document, and text; The system of the mobile application invention has user-defined content represented by at least one content element including content data uploaded by the user; The system of the mobile application invention has physical memory storing instructions that further cause the electronic device to submit the mobile application, in response to receiving an indication from the user to install the mobile application to end users, to at least one digital distribution platform associated with the at least one set of target mobile devices.   The system of the mobile application invention has physical memory storing instructions that further cause the electronic apparatus to automatically manage a submission process associated with submitting the mobile application to at least one digital distribution platform; The system of the mobile application invention has the instructions to retrieve at least a portion of the compiled data by the mobile device from a remote storage location comprising of querying an application database associated with the mobile application to retrieve compiled application data associated with the profile identifiers of the mobile application; A system comprised of the steps of providing an interface for transferring funds to one or more Donor Users to the mobile invention for the purchase of Recipient-User or charity organization's product-donation request;   A system comprised of the steps for disabling the Recipient-User account for a specified time after the Recipient-User selects a price category; A computing system for facilitating the delivery of one or more products comprised of one or more hardware processors; and a memory coupled to the one or more hardware processors, wherein the memory comprises a plurality of modules in the form of programmable instructions; A computing system comprised of executable hardware processors, wherein the plurality of modules comprises a data receiver module configured to receive a request from a recipient user to purchase one or more products from a desired store, wherein the request comprises; types of one or more products, the quantity of the one or more products and a purchaser address; and receive a mode of delivery of the one or more products from the donor user through the mobile invention to be qualified as a tax-deductible donation; A computing system wherein the mode of delivery comprises shopping of essential product items requested by the Recipient User of the mobile application, picking up the essential product items at the desired store by a third-party personal shopper.   A computing system for a delivery management module configured to determine the third-party delivery shopper for delivering one or more products from the desired store to the recipient user based on the received request received mode of delivery and predefined information by using a product delivery-based Artificial Intelligence (AI) model upon receiving third-party delivery shopper as the model of delivery, wherein the received request is forwarded to the determined third-party delivery shopper; a data obtaining module configured to obtain an approval from the third-party delivery shopper for the received request of the recipient user; A computing system for a data generation module configured to generate an order schedule for the received request based on the received request, received mode of delivery, and predefined order schedule by using a product delivery-based AI model upon obtaining approval from the third-party delivery shopper wherein the order schedule comprises; recipient user's address, desired store address information associated with the one or more products, the estimated delivery time of the one or more products, and order number.   A computing system for integrating a navigation map for the third-party delivery shopper based on the received request upon generating the order schedule, wherein the navigation map comprises a path flow from a source address to a destination address and wherein the source address is the live location of the third-party delivery shopper, and the destination address is the recipient user's address.   A computing system for integrating a data output module configured to output the generated order schedule and the generated navigation map on a graphical user interface of one or more recipient user's devices associated with the recipient and third-party delivery shopper device associated with the third-party delivery shopper; A computing system comprised of a store selection module configured to detect one or more stores in proximity to the recipient user's address having one or more products based on the received request and prestored inventory details; A computing system for determining one or more purchase parameters associated with the one or more products corresponding to each of the stores based on the recipient user's received request, prestored inventory details, and the predefined order schedule, wherein the one or more purchase parameters comprise; the price of the one or more products, offers associated with the one or products, the estimated delivery time of the one or more products, stock of the one or more products at each of the one or more stores and distance of each of the one or more stores from the recipient user's address and wherein the detected one or more stores along with the determined one or more purchase parameters are outputted on the graphical user interface of the one or more third-party delivery shopper devices associated with the recipient.   A computing system for receiving input from the donor user corresponding to the outputted one or more stores and the outputted one or more purchase parameters to select the desired store from the one more stores for purchasing the one or more products associated with the product donation of the Recipient User; A computing system wherein the request is received from the mobile application via one an AI chatbot, a mobile application, and a web browser.   A computing system wherein in determining the third-party delivery shopper for delivering the one or more products from the desired store to the recipient user based on the received request, the received mode of delivery and the predefined information by using the product delivery-based AI model upon receiving third-party delivery shopper as the model of delivery, the delivery management module is configured to; determine one or more third-party delivery shopper for delivering the one or more products by correlating the received request, the received mode of delivery and the pre-defined information using the product delivery-based AI model, wherein the determined one or more third-party delivery shopper are outputted on the graphical user interface of the one or more recipient user's devices associated with the purchaser; and receive an input from the recipient user corresponding to the outputted one or more third-party delivery shopper to select best suitable third-party delivery shopper from the determined one or more third-party delivery shopper for delivering the one or more products.   The computing system wherein the pre-defined information comprises one or more order parameters received from the recipient user, one or more delivery parameters received from the third-party delivery shopper, and a list of available third-party delivery shoppers, wherein the one or more order parameters comprise of past preferences, feedbacks, the price range for the third-party delivery shopper, desired time of delivery and desired proximity range of the third-party delivery shopper from the desired store and wherein the one or more delivery parameters comprise rates of delivering products fixed by the third-party delivery shopper   based on distance, weight, the value of purchase, rating of the recipient and recipient user's address, delivery range of the third-party delivery shopper, the time required to deliver the products, working hours of the third-party delivery shopper and stores for which the third-party delivery shopper is willing to deliver.   The computing system comprising of a data validation module configured to; generate a security code corresponding to the order schedule for both the recipient user and the third-party delivery shopper; validate the security code for the third-party delivery shopper for purpose of picking-up the one or more products from the desired store based on prestored third-party delivery shopper details; and validate the security code for the recipient user for purpose of delivering the one or more products donations at the recipient user's address based on prestored Recipient User details.   The computing system wherein the data receiver module is configured to receive a delivery confirmation message from the third-party delivery shopper upon delivery of one or more product donations to the recipient users based on the generated navigation map and validation of the security code associated with the recipient users; The computing system wherein the store selection module is configured to; receive one or more shopping inputs from the recipient user to create one or more shopping lists, wherein the one or more inputs comprise; the name of the one or more shopping lists, name of multiple products to be added in the one or more shopping lists, quantity of the multiple products and types of the multiple products; detect one or more stores in Proximity to the recipient user's address having one of; all of the multiple products and most of the multiple products based on the created one or more shopping lists and the prestored inventory details; determine the one or more purchase parameters associated with the one; all of the multiple products and most of the multiple products corresponding to each of the detected one or more stores based on the one or more shopping lists, the prestored inventory details and the predefined order schedule, wherein the detected one or more stores along with the determined one or more purchase parameters are outputted on the graphical user interface of the one or more purchaser devices associated with the recipient user; receive an input from the donor user corresponding to the outputted one or more stores and the outputted one or more purchase parameters to select the desired store from the one more stores for purchasing the one of all of the multiple products and most of the multiple products; detect one or more stores in proximity to the recipient users address having remaining products of the one or more shopping lists based on the created one or more shopping lists and the prestored inventory details upon detecting most of the multiple products; determine the one or more purchase parameters associated with the remaining products corresponding to each of the detected one or more stores based on the one or more shopping lists, the prestored inventory details and the predefined order schedule, wherein the detected one or more stores along with the determined one or more purchase parameters are outputted on the graphical user interface of the one or more purchaser devices associated with the recipient user; and receive an input from the donor user corresponding to the outputted one or more stores and the outputted one or more purchase parameters to select the desired store from the one more stores for purchasing the remaining products.   The computing system comprising of a charity management module configured to; receive charity information from at least one of the desired store and the donor user for making donations to a desired charity from one or more predefined charities, wherein the charity information comprises; one or more donor user parameters received from the donor and one or more store parameters received from the desired store, wherein the one or more recipient user parameters comprise; name of the charity and amount to be donated to charity and wherein the one or more store parameters comprise; name of the desired charity, custom percentage of revenue to be donated and time-frame for donation; and determine one or more analysis parameters for the desired charity based on the received charity user information, wherein the determined one or more analysis parameters comprise; trends, demographics and the amount received from the donor user and the desired store and wherein the determined one or more analysis parameters are outputted on a graphical user interface of charity device associated with the desired charity.   The computing system comprising of a recommendation module configured to generate one or more recommendations for the identification of a personal shopper corresponding to the rate of delivery the one or more products based on the received request received mode of delivery, and predefined information by using the product delivery-based AI model, wherein the generated one or more recommendations are outputted on the graphical user interface of the personal shopper device; the method wherein the request is received from the purchaser via one of; artificial Intelligence (AI chatbot) is an automated program that taps into AI capabilities to interact with humans via text input, audio input, or both, in simple words, it is an application that can think like humans and carry out conversations.   The method comprising of receiving a delivery confirmation message from the third-party delivery shopper upon delivery of one or more products to the purchaser based on at least one of the generated dynamic navigation maps and validation of the security code associated with the third-party delivery shopper; a method and system for communicating real-time updates, through push notification technology associated with the mobile application invention to communicate messages such as but not limited to the following notifications.